About Dive Rite NiTek Q Advanced Diving Computer

The Dive Rite Nitek Q Advanced Diving Computer is a wrist-mounted, seven-gas Trimix dive computer designed with numerous features and functions that are easy to use making it a dive computer that you'll take on every dive no matter where your diving takes you. With a large, easily readable display and push button operation to navigate through the different modes, the NiTek Q Advanced makes pre-dive programming, diving, and post-dive reviewing easy for any level of diver.

The computer allows for seven programmable dive gases (O2: 8%-99%, He: 0-92%), closed circuit re-breather (CCR) set-point PO2 decompression information, has a dive-planning mode for reviewing no decompression limits (NDL) for the gases you're diving and a dive log that records each dive for transferring later into a logbook (Dive Rite has paired with MacDive for Mac (www.mac-dive.com) and Diving Log 5.0 for PC (www.divinglog.de) where you can download your dives and build a logbook). The computer has visual alarm indicators that help to promote your safety, a clock for time of day, digital compass, thermometer that displays the water temperature during the dive, an altitude meter indicating your elevation when diving at altitude and allows freshwater/saltwater setting for depth accuracy.

The Dive Rite Q Advanced Dive Computer can be set for imperial/metric settings depending on your preference, is housed in a durable, mil-spec aluminum case for handling the rigors of diving is powered by a rechargeable lithium polymer battery that is recharged using a standard mini-USB cable (provided) via a wall outlet, PC, or car charger. A large, scratch-resistant mineral glass viewing port and a dazzling yellow OLED display screen that is readable in complete darkness. The computer uses the well-established Buhlman ZHL-16 algorithm along with a default gradient factor (GF) of 30/75, which can be changed to one of the three preset GF settings that factor in deep stops or shallow stops with the ability to set custom gradient factors.